D. Bono

most cited

μ

SR study of the quantum dynamics in the frustrated

S = 3/2

kagome bilayers

48 citations · 85 across the 2 of their papers we have counts for

collaborators

2 papers

cond-mat.str-el2004★ 48 cited

$μ$ SR study of the quantum dynamics in the frustrated $S = 3/2$ kagome bilayers

David Bono, P. Mendels, G. Collin +5

We present $μ$ SR experiments in the $S = 3/2$ kagome bilayer compound Ba $_{2}$ Sn $_{2}$ ZnGa $_{10 - 7 p}$ Cr $_{7 p}$ O $_{22}$ (BSZCGO $(p)$ ) and compare it to the isostructural SrCr $_{9 p}$ Ga$…

cond-mat.str-el2004★ 37 cited

Intrinsic susceptibility and bond defects in the novel 2D frustrated antiferromagnet Ba $_{2}$ Sn $_{2}$ ZnCr $_{7 p}$ Ga $_{10 - 7 p}$ O $_{22}$

David Bono, Philippe Mendels, Gaston Collin +1

We present microscopic and macroscopic magnetic properties of the highly frustrated antiferromagnet Ba $_{2}$ Sn $_{2}$ ZnCr $_{7 p}$ Ga $_{10 - 7 p}$ O $_{22}$ , respectively probed with NMR an…

μSR study of the quantum dynamics in the frustrated S=3/2 kagome bilayers

Intrinsic susceptibility and bond defects in the novel 2D frustrated antiferromagnet Ba2​Sn2​ZnCr7p​Ga10−7p​O22​

$μ$ SR study of the quantum dynamics in the frustrated $S = 3/2$ kagome bilayers

Intrinsic susceptibility and bond defects in the novel 2D frustrated antiferromagnet Ba $_{2}$ Sn $_{2}$ ZnCr $_{7 p}$ Ga $_{10 - 7 p}$ O $_{22}$